A SYSTEM FOR HANGING CLOTHES

Abstract

ABSTRACT A SYSTEM FOR HANGING CLOTHES The present invention provides a system for hanging clothes alters air-drying by providing a more efficient and secure way to hang clothes. This system features two parallel wooden pieces, typically rectangular, which provide an even surface for hanging clothes, preventing wrinkles and distributing pressure evenly across fabrics. The length of the wood(3) allows multiple garments to be held at once, enhancing drying efficiency. The system is attached to a clothesline or drying stand using hooks, which may be circular or semicircular to wrap securely around various support surfaces. These hooks(1) prevent displacement due to wind, offering a stable connection to the drying line. Hexagonal bolts(2) fasten the wood pieces together, allowing for adjustable tension to accommodate different fabrics. Complementing the bolts, threaded nuts(4) hold the components securely in place, enabling users to control the grip strength. This functional design ensures garments dry efficiently and wrinkle-free, providing a sustainable alternative to traditional drying methods. Fig 1

Specification

Description:
FORM 2

THE PATENTS ACT, 1970
(39 of 1970)
&
THE PATENTS RULES, 2003

COMPLETE SPECIFICATION
(See Section 10; rule 13)

TITLE OF THE INVENTION
A SYSTEM FOR HANGING CLOTHES

APPLICANT
K.RAMAKRISHNAN COLLEGE OF ENGINEERING
NH-45, Samayapuram,
Trichy, Tamilnadu, India- 621112


The following specification particularly describes the invention and the manner in which it is to be performed.

A SYSTEM FOR HANGING CLOTHES
TECHNICAL FIELD
The field of invention is from laundry care, specifically on air-drying solutions that maximize space, enhance fabric protection, and provide better stability for hanging clothes. This aims to improve upon traditional clothes pins by offering a better way to secure garments on drying lines or stands. It tackles challenges like heavy winds, fabric damage, wrinkling, and inefficient space usage.
BACKGROUND
Air-drying garments is a common practice for laundry, particularly in regions with high energy costs or where outdoor drying is prevalent. However, traditional clothes pins often come with several drawbacks. The individual pins hold garments at specific points, which can damage delicate fabrics, leaving noticeable pinching marks that may require some treatments to fix. These pins can also fail in windy conditions, causing clothes to fall to the ground, which can lead to dirt or contamination, creating further inconvenience for users. Additionally, using multiple pins to hang clothes one by one is inefficient, especially when dealing with large loads of laundry in homes or commercial settings like laundromats where managing a high volume of garments and linens is necessary.
Current drying solutions also lack the versatility to adjust grip strength based on the type of fabric being dried. Delicate materials, such as silk or lace, need a lighter grip to prevent damage, while heavier fabrics like denim or towels may require a firmer hold to avoid slippage.
Moreover, traditional clothespins raise environmental concerns due to their short lifespan and the use of non-recyclable materials, particularly plastic versions. Once they break, they are usually thrown away, contributing to plastic waste, which is a significant issue for environmental sustainability.
OBJECT OF THE INVENTION
The primary objective is to offer a comprehensive solution to the drying challenges. It is designed to securely hold multiple garments in a single clip, it maximizes space efficiency while protecting fabrics from damage.
Another objective is the adjustable tightness feature that allows users to modify the grip based on the fabric type, providing gentle care for delicate materials and a stronger hold for heavier items.
Yet another objective is to improve the air-drying process, making it more secure, efficient, and environmentally friendly, thereby meeting the needs of both the residential and commercial laundry environments.
Yet another objective is that the use of ecofriendly materials used in its construction provide a sustainable alternative to plastic clothespins, contributing to waste reduction.
SUMMARY
The various embodiments of the present invention discloses laundry drying technology, offering a more efficient, secure, and fabric-friendly option compared to traditional clothes pins. This includes a dual locking mechanism that keeps garments rigidly attached to drying lines or stands, even in windy conditions, preventing them from falling and avoiding the challenge of dealing with dirty or soiled clothes. This design allows multiple clothes to be hung on a single clip, maximizing drying space and enhancing efficiency, particularly in areas with limited room or high laundry demands.
One of the main features of this invention is its adjustable tightness mechanism, which lets users to adjust the grip strength to suit different fabric types. This is especially useful for delicate materials like silk or lace, which can be easily harmed by too much pressure. At the same time, the adjustable mechanism ensures that heavier fabrics, such as denim or towels, are held securely without slipping.
Beyond its secure grip and fabric-friendly design, this invention tackles a widespread problem with traditional drying methods - the pinching marks and wrinkles that clothes pins often leave behind. By spreading pressure evenly across a larger surface area, the clips help prevent large wrinkles from forming and reduce the need for post drying treatments for many fabrics. This not only saves time but also makes the drying process more efficient, lightening the overall laundry workload.
Additionally, this invention is made with eco-friendly materials, it provides a durable and long-lasting solution that helps minimize the environmental impact associated with disposable plastic clothes pins.
BRIEF DESCRIPTION OF THE DRAWING
The other objects, features and advantages will occur to those skilled in the art from the following description of the preferred embodiment and the accompanying drawings in which:
Fig 1 illustrates the front view and top view of the product with the two wood pieces, bolts and hooks.
Fig 2 illustrates the back view of the product with the nuts to tighten the two wood pieces
Although the specific features of the present invention are shown in some drawings and not in others. This is done for convenience only as each feature may be combined with any or all of the other features in accordance with the present invention.
List of reference numerals used in detailed description and drawings:
1 - Hooks, 2 - Bolts, 3 - Wood piece & 4 - Nuts
DETAILED DESCRIPTION
The various embodiments and the other advancements and features are illustrated with the reference to the non-limiting details in the following detailed description. Illustration of processing techniques of well-known components are omitted so as to not unnecessarily obscure the embodiments herein.
The design constitutes of wood pieces, hooks, nuts and bolts. It can be hung in a clothesline or a drying stand and a user can hang the clothes in between the wood pieces and can tighten the woods with the nut and bolt.
The detailed description of our invention is that it is a solution designed to enhance traditional air - drying methods by providing an efficient, secure, and space saving way to hang multiple garments. By combining eco-friendly materials with a versatile, durable design, this system meets the needs of both household and commercial users. It is to address common issues associated with air-drying, such as fabric wrinkling, heavy winds, and limited drying space. This system consists of four main components: parallel wood pieces, hooks, bolts, and nuts, each contributing to the overall functionality and stability of the clip.
This system allows users to hang clothes securely on a drying line or stand, maintaining fabric quality and enhancing drying efficiency. By adjusting the tension and grip strength, it can accommodate various fabric types, making it ideal for delicate garments and heavy clothing alike.
The system's wood pieces serve as the primary structure, holding garments in place while allowing air circulation for efficient drying. These pieces are generally rectangular, providing a broad, flat surface that distributes pressure evenly across garments, minimizing the risk of wrinkling. By positioning two wood pieces in parallel, the system allows clothing to be held securely, reducing the chance of slipping or bunching. The rectangular shape ensures maximum garment coverage and contributes to the system's capacity to hold multiple items at once.
The wood can be hardwood, chosen for its durability, resilience, and resistance to outdoor conditions. Options include sustainable hardwood or treated wood, which can withstand the elements, including sun and moisture. Treated wood, with finishes such as UV protection, varnishes, or water-repellent coatings, extends the life of the wood and keeps it resistant to cracking or fading. The wood's natural texture is gentle on fabrics, making it suitable for a wide range of materials, from delicate silks to heavy cottons.
The length of the wood pieces determines the number of garments the clip can hold at once. Longer wood pieces are especially beneficial in commercial settings, allowing for efficient use of drying space by accommodating multiple garments without overcrowding of the clothes. Finishes can include stains to match décor, sealants for durability, or oil coatings to protect against sun damage. By providing an even, stable surface, the wood pieces also prevent the garments from shifting during drying, which reduces the likelihood of wrinkles.
To enhance functionality, wood pieces can be manufactured in various lengths and thicknesses, accommodating different drying spaces. For example, smaller clips are ideal for limited spaces like balconies, while larger clips can be used in spacious drying areas or commercial laundries. The wood can also be coated with UV protection oil, tarnish, or a sealant to enhance its longevity in outdoor conditions, preventing sun damage and maintaining its strength over time.
The hooks play a critical role in attaching the system to the drying line or stand. They are round or semi-circular, allowing them to grip various support surfaces like rods, wires, or bars securely. This shape offers flexibility, enabling the hook to wrap around different structures while maintaining a strong connection. The hooks can be circular or semicircular, depending on the specific drying setup, ensuring compatibility with different thicknesses and types of drying surfaces. A locking feature on some hooks prevents sliding, which is particularly useful in windy conditions.
Typically made from steel, the hooks are designed for strength and durability. Steel is resistant to wear and corrosion, making it ideal for outdoor use. For additional protection, the hooks can be coated with a galvanized or stainless finish, which prevents rust and degradation from prolonged exposure to moisture and sunlight. This durability makes the system suitable for both indoor and outdoor use, catering to various user needs.
Coatings and treatments like galvanization or powder-coating that can prevent rust and increase the longevity of the hooks.Some hooks feature a locking mechanism that provides additional security, especially in windy conditions. This locking feature prevents the clip from sliding or being dislodged, offering peace of mind to users in areas prone to high winds. The locking hooks can adjust to fit different thicknesses of lines or rods, making them versatile and adaptable to various drying setups.
The hooks can be of different size and shape to suit different drying environments. For instance, larger hooks can be used in commercial settings where drying lines are thicker, while smaller hooks can be employed in home laundry spaces with thin wires. This flexibility makes the system adaptable to diverse requirements across different settings. Smaller hooks might work well for household use, while larger, sturdier hooks would suit commercial setups. With each hooks tailored to specific drying setups, such as balcony rods or standalone drying racks.
The bolts are hexagonally shaped fasteners that connect the wood pieces and hooks, holding the entire structure together. The hexagonal design is practical, as it allows users to adjust the bolts using common tools such as a wrench. This feature provides adjustability, enabling users to control the tension between the wood pieces for a customized grip on garments.
Bolts in this system are made from metals like brass, aluminum, or copper, which are chosen for their strength, rust resistance, and suitability for outdoor use. These metals are durable, and when used with weather-resistant coatings, they remain functional even under prolonged exposure to the elements. The materials prevent rust and degradation, ensuring a stable and long-lasting assembly.
One of the unique aspects of the bolt mechanism is its ability to provide adjustable tension. By tightening or loosening the bolts, users can control the grip strength of the clip on the garments, making it suitable for various fabric types. For delicate fabrics, users can loosen the bolts to reduce pressure, while for heavier garments, the bolts can be tightened to ensure a firm hold. The use of paint, anodizing, or powder-coating to protect bolts from corrosion and environmental wear, ensuring long-term reliability.
Bolts are easily accessible and replaceable, allowing users to maintain the system with minimal effort. If any bolt requires replacement, it can be readily sourced and fitted with standard tools. This modular approach enhances the system's lifespan and makes it easy to repair or modify if necessary. the adjustable bolts make the system versatile, allowing users to adapt the clip's grip strength depending on the garment type.
The nuts are threaded to match the bolts, enabling them to securely hold the system's components together. Positioned on the opposite side of the bolt head, each nut ensures that the wood pieces and hooks remain tightly fastened, contributing to the system's stability. The nuts are easily adjustable and require minimal maintenance. This allows users to quickly adjust the clip's grip without needing specialized tools, making the system accessible and user-friendly for both household and commercial applications. Like bolts, nuts are typically made from metals such as brass, aluminum, or copper, chosen for their durability and resistance to environmental degradation. The use of coatings or paints that protect nuts from rusting due to long-term exposure to moisture, ensuring the system remains secure over time. Nuts allow users to control the grip strength by adjusting the distance between the wood pieces. This adjustability is crucial for different fabric types, preventing damage to delicate items while ensuring a firm hold for heavier garments.
The system's ability to hold multiple garments in a single clip optimizes drying space. This feature is particularly useful in households with limited drying areas and commercial setups that handle large volumes of laundry. The even pressure distribution across the wood pieces prevents wrinkling and pinching marks. This design minimizes fabric damage, reducing the need for ironing or other post-drying treatments. The hooks' locking mechanism and the adjustable tension ensure that clothes stay securely in place, even during windy conditions. This feature adds reliability to outdoor drying.
The use of sustainable materials like wood and recyclable metals, which contribute to the system's durability and reduce reliance on single-use plastics. Wood pieces can be customized in length and thickness to suit different drying spaces, from small balconies to large laundry facilities. Various finishes such as tarnish, UV-protection oil, or weather-resistant varnish enhance durability and aesthetics.
Hooks can be designed in multiple shapes to suit different drying lines and surfaces. Circular and semicircular options ensure compatibility with various household and industrial drying systems. Nuts and bolts can be made from metals like brass and copper, with coatings to protect against corrosion.
The system is ideal for families who need a space-efficient and secure way to dry clothes. Its adjustable design and secure hold make it suitable for various fabrics, including delicate and bulky items. In settings like laundromats the system can handle high volumes of linens and garments, ensuring they are securely held and wrinkle-free. Its construction and adjustability make it suitable for industrial use.
This system is an innovative, eco-friendly solution designed to enhance the efficiency, stability, and effectiveness of traditional air-drying methods. Unlike conventional clothespins that hold one garment per pin, this system uses two parallel wood pieces to hold multiple garments simultaneously, maximizing drying space and improving fabric care. The system consists of four primary components: the wood pieces, hooks, bolts, and nuts, each serving a unique purpose that contributes to the clip's functionality, durability, and adaptability.
This versatile design is ideal for various applications, from home laundry to large-scale commercial use. In households, it maximizes drying space and enhances fabric care. In commercial and hospitality settings, where high volumes of linens and garments need to be handled, this system provides a durable and efficient drying solution that reduces the risk of fabric damage and accelerates the drying process.
The "System for Hanging Clothes" is a comprehensive solution that addresses common issues in air-drying, such as wind displacement, fabric wrinkling, and limited drying space. Its practical design, combined with durability and eco-friendly materials, makes it an attractive alternative to conventional clothespins. By optimizing the air-drying process, this system offers lasting value to both households and commercial users, contributing to a more efficient and sustainable laundry experience.
, Claims:CLAIMS
We Claim,
1. A System for hanging clothes comprising:
A piece of wood placed parallelly with another piece of wood holds multiple garments in a proper order, these two straight wood pieces holds the clothes in a way that avoids any wrinkles formed while hanging, the wood pieces are generally rectangular in shape, the length of the wood piece indicates that it can accommodate multiple garments at once, enhancing efficiency by making better use of the drying line space;
A Hook is used for hanging the cloth clip to a clothesline or drying stand, these hooks acts as a main connection between the clip and the drying surface, they may offer flexibility or a locking feature to securely grip lines or rods of different thicknesses, preventing the clip from sliding or being dislodged by wind, they are generally round in shape, whether circular or semicircular, allows them to wrap around a wire, rod or similar support;
A bolt is a hexagonal fastener that seem to join various parts of the clip, including the wooden pieces, their main role is to hold the structure together, while also allowing for some adjustability, which helps secure clothing between two wooden pieces, the hexagonal design indicates that a standard wrench or similar tool could be used to either tighten or loosen the bolts, giving users the option to adjust the clip's grip; and,
A nut works alongside the bolts to secure the components, it is typically threaded and fits onto the bolt's thread, allowing it to tighten and hold the entire assembly together, located on the opposite side of the bolt's head, the nut ensures that the parts-such as hooks, wood, and bolts-are fastened securely. By adjusting the nut, users can control the tension between the parts, which in turn affects the clip's grip on the fabric.
2. The System of hanging clothes as claimed in claim 1, wherein the woods can be made in different size depending on different spaces, it can be coated with tarnish, sealant or UV protection oil to prevent from sun.
3. The System of hanging clothes as claimed in claim 1, wherein the hooks can be of different size and shape depending upon the hanging surface, some hooks can be circular and some can be semicircular, also hooks are mainly made of steel.
4. The System of hanging clothes as claimed in claim 1, wherein nuts and bolts are made of metals such as brass, aluminum, copper, they can be painted to prevent from rusting due to long exposure to the air.
5. The System of hanging clothes as claimed in claim 1, wherein this design can be implemented in drying stands, and it can be attached to the clothesline.

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